tyndp 2014 monitoring update

2015 Monitoring update of the

TYNDP 2014 Table of projects

24 June 2015

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1 Contents

2 Executive Summary ............................................................................................................... 3

3 Introduction ............................................................................................................................ 4

4 Rationale behind the publication of an intermediate report between TYNDPs ........................ 4

5 Methodology and Definitions .................................................................................................. 5

6 Quantitative & Qualitative analysis of evolution since TYNDP 2014 ....................................... 6

6.1 Cancelled investments .................................................................................................... 7

6.2 Delayed investments ....................................................................................................... 7

6.3 Rescheduled Investments ............................................................................................... 8

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2 Executive Summary

ENTSO-E, in line with comments received from the Agency for Cooperation of European Regulators

(ACER), the European Commission, and various other stakeholders, has a goal to improve transparency of

the evolution of investments included in the Ten Year Network Development Plan (TYNDP). To meet that

goal, ENTSO-E publishes a monitoring update of the portfolio of pan-European significance investments

included in the TYNDP one year after its publication. This report presents an overview of the evolution of

the TYNDP 2014 investments, including statistics, as well as an updated table of projects focused on the

project’s status, date of commissioning and additional monitoring information.

The validated data shows a majority of investments, 66%, are on-time regarding commissioning date, 15%

are delayed, 15% have been rescheduled, 3% have been cancelled and 1% are ahead of time. This report

focuses somewhat on the causes of investment and project delays, due to both their frequency and the adverse

impact they have on the ongoing development on the Pan-European network. Major reasons for delays are

due to difficulties in gaining permits and seeking public consent necessary for building new infrastructures.

Long term investments that are at the early stage of the planning process have been separated in the statistics

regarding modification of commissioning dates as part of the category “rescheduled”. Investments postponed

due their external driver being delayed (e.g. connection of new RES postponed…) also fall into this category.

Rescheduling of projects does not necessarily imply a negative impact on progress in network development,

rather an adaptation to changing circumstances. Likewise, cancellation of projects may well be due to the re-

clustering or repurposing of investments, thus they are replaced or negated by new investments and do not

represent the degradation or slowing of grid evolution.

FIGURE 1 MONITORING OF TYNDP 2014 REPORT

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3 Introduction

The European Network of Transmission System Operators for Electricity (ENTSO-E), hereby provides a

2015 update for the Table of Projects contained within the 2014 publication of the community-wide Ten Year

Network Development Plan (TYNDP)1.

The objectives of the TYNDP are to ensure transparency regarding the European electricity transmission

networks and to facilitate decision making processes at both regional and European levels. The TYNDP suite

of documents consists of a pan-European report and six Regional Investment Plans as well as a “System

Outlook and Adequacy Forecast” which aim to give a comprehensive and up-to-date European-wide

reference to the anticipated development of transmission networks. Such development is a key step in

achieving the European energy policy goals.

The publication of TYNDP 2014 complied with the requirements in Regulation (EU)714/2009, whereby

“ENTSO-E shall adopt a non-binding Community-wide 10 year network development plan, including a

European adequacy outlook, every two years”. The pan-European report contained a comprehensive list of

all electricity transmission projects of pan-European significance. The TYNDP 2014 package was publically

consulted upon in spring 2014 to allow final publication in June 2014.

4 Rationale behind the publication of an intermediate report between

TYNDPs

After the publication of the TYNDP 2012 the Agency for Cooperation of European Regulators (ACER)

published a letter outlining their opinion on the output, including recommendations for future TYNDP

publications. The Agency suggested that there should be improved monitoring of investments. In particular

full transparency of the evolution of investments, especially those delayed or cancelled and the reason for

such changes should be stated.

Within their response ENTSO-E agreed that the monitoring of the evolution of pan-European projects is

important so implementation bottlenecks can be identified. Consequently, ENTSO-E committed to publish a

mid-cycle update to the TYNDP 2012 table of projects, which took the form of the 2013 Monitoring Update2.

ENTSO-E also committed to providing more detailed information on the investments’ status in the TYNDP

2014, and intends to repeat both stages of reporting in this TYNDP cycle.

This Monitoring Update provides transparency and detailed information so as to allow the effective tracking

of the investments included in the TYNDP 2014. Without such an interim update an investment status and

schedule could significantly change within the two year time period between TYNDP publications, without

being visible to the interested stakeholders and decision bodies.

1 https://www.entsoe.eu/major-projects/ten-year-network-development-plan/tyndp-2014/ 2 https://www.entsoe.eu/news-events/announcements/announcements-archive/Pages/News/monitoring-update-infrastructure-

projects-of-european-relevance-tyndp-2012.aspx

https://www.entsoe.eu/major-projects/ten-year-network-development-plan/tyndp-2014/

https://www.entsoe.eu/news-events/announcements/announcements-archive/Pages/News/monitoring-update-infrastructure-projects-of-european-relevance-tyndp-2012.aspx

https://www.entsoe.eu/news-events/announcements/announcements-archive/Pages/News/monitoring-update-infrastructure-projects-of-european-relevance-tyndp-2012.aspx

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5 Methodology and Definitions

This monitoring report is an update of, and complementary to, the TYNDP 2014 and therefore the two reports

should be read in conjunction with each other. An update is made of all the investments contained within the

Community wide TYNDP 2014. New, additional investments will not be included until TYNDP 2016 as

ENTSO-E is currently in the study process.

In order to focus on the key elements of data required for investment monitoring, the information on each

investment is limited to existing projects. The investments already commissioned or cancelled in TYNDP

2014 are not taken into account in this update. For the investments presented, only the following properties

are listed:

TYNDP 2014 Investment Number – A numerical reference number consistent with the TYNDP

2014

Brief technical description – A text summary of the investment, including technical parameters

Present status – Each investment is given one of the following statuses to highlight its maturity:

o Under Consideration

o Planning

o Design and Permitting

o Under construction

o Commissioned

o Cancelled

Up-to-date expected date of commissioning - In order to increase transparency,

ENTSO-E strived to publish the best estimate expected commissioning date for all investments.

However, for long term investments at a very preliminary stage, no accurate expected commissioning

date is available as it will be assessed later as part of the feasibility studies, therefore 2030 is

conventionally displayed.

Evolution since TYNDP 2014 – The investments presented may have changed in the following

ways:

o Investment on time

o Ahead of time

o Delayed

o Rescheduled

o Cancelled

Evolution Driver – A short explanation or comment, especially for investments being delayed,

rescheduled or having been cancelled since TYNDP 2014.

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6 Quantitative & Qualitative analysis of evolution since TYNDP 2014

FIGURE 2 MONITORING OF TYNDP 2014 REPORT

Figure 2 above presents the status of the investments of pan-European significance contained in the

Community wide TYNDP 2014 Table of Projects. As shown in this diagram, the majority of investments are

currently on schedule for their stated delivery. Of those not on or ahead of time, 3% are cancelled, around

15% of investments have experienced a delay to deliver over the last year, and 14% have been rescheduled.

The main drivers of these investments deviating from the timeline presented in TYNDP 2014 are covered in

the following 3 sections.

The updated TYNDP Table of Projects is shown in Annex 1 of this document.

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6.1 Cancelled investments

3% of the investments have been cancelled. The main driver category selected are changes on the demand

and generation sides, negating the need for the project. The large category ‘Other reasons’ covers

circumstances such as failure to meet new clustering rules, omission from National Development Plans, and

being merged into different projects- none of these reasons represent a substantial portion of investments in

themselves.

FIGURE 3 CANCELLED INVESTMENTS

6.2 Delayed investments

As found in the Monitoring Update for TYNDP 2012, the majority of investments were delayed as a result

of difficulties in gaining permits and seeking public consent. Reasons captured with the category ‘Other

reasons’ include a number of problems caused by public opposition, and the necessity of additional studies

to prepare an optimal technical design which takes longer than expected. The other significant contributors

are delays related to acquisition of land, and due to other investments.

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FIGURE 4 DELAYED INVESTMENT

6.3 Rescheduled Investments

The category ‘rescheduled’ is used in this monitoring update to highlight the uncertainty of long terms

investment. In particular, investments which meet all the criteria below are displayed as rescheduled:

To be commissioned after 2020 in the current report

Still under consideration or planning

Postponed

The objective is to give a comprehensive picture of the investment’s evolution in relation to their maturity.

Indeed, the status “rescheduled” corresponds to long term, or conceptual investments, at the early stage of

the planning process, on which further studies have allowed the provision of more accurate date of

commissioning, based for instance on a better understanding of the technical challenges or of the socio-

economic environment. In addition, investments postponed due to their external driver being delayed (e.g.

connection of new RES postponed…) are also reported into this category.

Most of these investments see a delay to the date of commissioning dates by longer than 3 years and are

mostly related to important changes in the generation connection expectations.

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FIGURE 5 RESCHEDULED INVESTMENTS

As was found in TYNDP 2012’s monitoring update, a majority of rescheduling is necessitated by changes to

planning data- this is most frequently a manifestation of commissioning dates becoming clearer as project

and investment plans develop. The other 2 major contributing categories are changes due to generation and

demand side factors- commonly a change in date of the connection of relevant generation and demand.

Introducing TYNDP 2016

Work is ongoing in the production of the TYNDP 2016; this reports publication coincides with the

closing of the Common Planning Studies phase, and the publication of the 6 Regional Investment

Plans. In September the assessment phase will begin, wherein projects of pan-European significance

are assessed against the updated Cost Benefit Analysis process, facilitating the production and

publication of the full report by summer 2016.

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TYNDP 2014 Investment Index

Substation 1 Substation 2 Description Up-to-date expected date of commissioning

Status of the investment

Evolution since TYNDP 2014

Evolution driver

1 V.Minho (PT) Pedralva (PT) Connection of the new 400kV substation V.Minho to Pedralva substation by means of two new 400kV lines(2x43)km. The realization of this two connections can take advantage of some already existing 150kV single lines, which will be reconstructed as double circuit lines 400+150kV line and partially sharing towers with those 400kV circuits.

2015 Under Construction

Investment on time The first circuit was commissioned in 2014, the second is under construction. Progressed as planned.

3 Pedralva (PT) V. Castelo (PT)

New 57,5km double circuit Pedralva - V. Castelo 400kV OHL (one circuit installed).


Investment on time In the first stage the line will be connected between Pedralva and Vila Nova de Famalicão (previously Vila do Conde). New substation of Ponte de Lima (previously Viana do Castelo) will be commissioned in 2018

9 Fundão (PT) Falagueira (PT)

New 400kV double circuit OHL Fundão (PT) -'Castelo Branco zone'-Falagueira (PT)

2017 Design & Permitting

Investment on time Project on time

484 Fundão (PT) New 400/220kV substations in Fundão. 2017 Design & Permitting

Investment on time Project on time

497 Vila do Conde (PT)

Recarei/Vermoim (PT)

New double circuit 400kV OHL between Vila do Conde (PT) - Recarei/Vermoim (PT).


Investment on time Progressed as planned

501 Vila do Conde (PT)

New 400kV substation Vila do Conde (PT). 2015 Under Construction

Investment on time Substation renamed to Vila Nova de Famalicão. Progressed as planned.

2 Pedralva (PT) Sobrado (PT) New 47km double circuit Pedralva (PT) - Sobrado (PT) 400kV OHL, (only one circuit installed in a first step).

2022 Planning Rescheduled Due to the expected delay of the connection of new RES generation in North of Portugal, the commissioning date of this investment item was rescheduled

4 V.Minho (by Ribeira de Pena and Fridão)

Feira (by Ribeira de Pena and Fridão)

New 129km double-circuit 400kV OHL V.Minho (PT) - Ribeira de Pena (PT) - Fridão (PT) - Feira (PT) (one circuit operated at 220kV between V.P. Aguiar and Estarreja) with a new 400/60kV substation in Rib. Pena. In a first step, only the 139km section Rib. de Pena (PT) - Feira (PT) will be constructed and operated at 220kV as Vila Pouca Aguiar (PT) - Carrapatelo (PT) - Estarreja (PT). In a second step, one circuit of this line will be operated at 400kV.


Rescheduled Due to the expected delay of the connection of new hydro power plants, the commissioning date of this investment item was rescheduled.

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Evolution driver

474 Ribeira de Pena (PT)

New 400/60kV substation in Rib. Pena. 2020 Design & Permitting

Rescheduled Due to the expected delay of the connection of new hydro power plants, the commissioning date of this investment item was rescheduled.

476 V. P. Aguiar (by Carrapatelo)

Estarreja (by Carrapatelo)

New 400+220kV double circuit OHL (initially only used at 220kV) Vila Pouca Aguiar - (Rib. Pena) - Carrapatelo - Estarreja . Total length of line: 2x(96+49)km. 220kV circuit.


Rescheduled Due to the expected delay of the connection of new RES generation in Portugal, the commissioning date of this investment item was rescheduled

8 Seia Penela New single circuit 400kV OHL Seia-Penela (90km). 2020 Design & Permitting

Rescheduled Due to the expected delay of the connection of new hydro power plant, the commissioning date of this investment item was rescheduled

478 Penela (PT) Paraimo / Batalha (PT)

New double circuit 400kV OHL (15km) to connect Penela substation to Paraimo-Batalha line.



481 Penela (PT) Expansion of the existing Penela substation to include 400kV facilities.



18 Beariz (ES) Fontefria (ES) New northern interconnection. New double circuit 400kV OHL between Beariz (ES) - Fontefria (ES).


Delayed The delay of this investment is affected by the explanation in the investment 496. Also, environmental problems lead to re-routing.

500 V. Castelo (PT)

New 400/150kV substation V.Castelo (PT). 2018 Design & Permitting

Delayed Substation renamed to Ponte de Lima. See Investment 496.

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Evolution driver

496 Fontefría (ES) Vila do Conde (PT) (By Viana do Castelo)

New northern interconnection. New 400kV OHL Fontefría (ES) - Viana do Castelo (PT) - Vila do Conde (PT).


Delayed Due to local opposition in the border area REN had to withdraw the Portuguese section of the interconnection of the ongoing EIA process to maintain the schedule of other investments included in the EIA needed for connecting new hydro in Cávado

498 Fontefria (ES) New northern interconnection. New 400kV substation Fontefria (ES), previously O Covelo.


Delayed The delay of this investment is affected by the explanation in the investment 496. Also, environmental problems lead to re-routing

499 Beariz (ES) New northern interconnection. New 400kV substation Beariz (ES), previously Boboras


Delayed The delay of this investment is affected by the explanation in the investment 496. Also, environmental problems lead to re-routing

503 JM Oriol (ES) Arenales -Caceres (ES)

New 220kV JM Oriol-New Oriol -Arenales-Caceres. It requires new subestation Oriol


Delayed Delays due to change of the definition of the project and national law RDL 13/2012 has frozen the permitting process until publication of the next NDP

504 Arenales (ES) New Arenales substation. 2018 Design & Permitting

Delayed National law RDL 13/2012 has frozen the permitting process until publication of the next NDP

36 Sta.Llogaia (ES)

Baixas (FR) New HVDC (VSC) bipolar interconnection in the Eastern part of the border, via 320kV DC underground cable using existing infrastructures corridors and converters in both ending points.

2015 Commissioned Investment on time Construction finalized in December 2014. Commissioned for commercial operation in June 2015

506 Baixas (FR) Converter station of the new HVDC (VSC) bipolar interconnection in the Eastern part of the border, via 320kV DC underground cable using existing infrastructures corridors.

2015 Commissioned Investment on time Works completed in 2014; commercial operation after test period in Summer 2015.

505 Sta.Llogaia (ES)

Converter station of the new HVDC (VSC) bipolar interconnection in the Eastern part of the border, via 320kV DC underground cable using existing infrastructures corridors.

2015 Commissioned Investment on time Construction finalized in December 2014. Commissioned for commercial operation in June 2015

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Evolution driver

31 Caparacena (ES)

La Ribina (ES) New double circuit Caparacena-Baza-La Ribina 400kV OHL. 2025 Under Consideration

Investment on time Investment rescheduled due to, and in accordance with, delayed development of new power plant, as considered in the Master Plan 2020 in progress

569 Baza (ES) New 400kV substation in Baza 2025 Under Consideration


570 La Ribina (ES) New 400kV substation in La Ribina (will be connected as an input/output in Carril-Litoral 400kV line ).

2025 Under Consideration


38 Gatica (ES) Aquitaine (FR)

New HVDC interconnection in the western part of the border via DC subsea cable in the Biscay Gulf.

2022 Planning Rescheduled The investment progressed as previously planned. Intergovernmental agreements ask for speed up implementation of this project

55 Grande Ile (FR)

Piossasco (IT) "Savoie - Piémont" Project : New 190km HVDC (VSC) interconnection FR-IT via underground cable and converter stations at both ends (two poles, each of them with 600MW capacity). The cables will be laid in the security gallery of the Frejus motorway tunnel and also along the existing motorways' right-of-way.


Investment on time Works in progress.

57 Genissiat (FR) Verbois (CH) Upgrading of the existing 225kV double circuit line Genissiat-Verbois to increase its capacity.

2020 Planning Investment on time Progressed as planned

60 Avelin/Mastaing (FR)

Horta (new 400-kV substation) (BE)

Replacement of the current conductors on the axis Avelin/Mastaing - Avelgem - Horta with high performance conductors (HTLS = High Temperature Low Sag)


Rescheduled Planning has been actualized in accordance to achieved progress, with the evaluation of the final investment decision currently planned in 2018

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Evolution driver

606 Gramme (BE) Van Eyck (BE) Gramme-Van Eyck Part 1: second 380kV circuit. First phase of reinforcement on the axis Gramme-Van Eyck, needed to facilitate connection of possible new central generation and to prepare for increasing transit fluxes whilst securing market capacity between BE & NL. This investment consist of creating a second 380kV line on the axis Gramme-Van Eyck - Section Van Eyck - Zutendaal (30 km): need to erect a new single circuit. Done with high performance conductors in order to be future proof (cfr. phase 2) - Section Grammme - Zutendaal (55km): reconfiguration of 150kV network so that an existing 150kV line can be operated at 380kV


Investment on time Progressed as planned.

607 Van Eyck (BE) Gramme-Van Eyck Part 1: substation Van Eyck 380. First phase of reinforcement on the axis Gramme-Van Eyck, needed to facilitate connection of possible new central generation and to prepare for increasing transit fluxes whilst securing market capacity between BE & NL. This investment item consists of construction a 380kV substation named "Van Eyck", needed to integrate the second 380 kV line on the axis Gramme-Van Eyck.



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Evolution driver

608 Horta (BE) Mercator (BE) / (Doel)(BE)

Horta-Mercatorin HTLS. Critical element in the Belgian backbone, which needs to be upgraded in order to transport higher north-south fluxes (transit flows + additional market flows) and to allow connection of possible new generation (+-1000 MW) on the axis. Upgrade consists of replacing the current double circuit 380kV by high performance conductors allowing to double its transport capacity. The line currently passing Mercator going to Doel will be integrated into Mercator substation to obtain a better flux balance and avoid an upgrade between Mercator & Doel at this stage.


Ahead of time The expected commissioning date of 2019 is based on the hypothesis of acquiring all necessary permits as planned, followed by the assessment of the final investment decision towards 2017.

445 Zandvliet (BE) Lillo (BE) BRABO II: Zandvliet-Lillo-Liefkenshoek + restructuring 150kV BRABO II + III allow to realize the intended market capacity increase on the North Border after BRABO I in a more robuste way, to secure increased demand around Antwerp Harbour area (mainly BRABO II) and to create capacity for connection of possible new generation (mainly BRABO III) This by constructing a new 380kV connection Zandvliet-Lillo-Mercator, in addition to the existing Zandvliet - Mercator connection. This investment item concerns the part from Zandvliet via Lillo to Liefkenshoek where the new line will be the temporarily connected onto the existing Doel-Mercator line. It also involves also a restructuring of the adjacent 150kV network.


Delayed Progress made in permitting procedures brought clarification to preferential trajectory. Planning has been reviewed accordingly with 2019 based upon the hypothesis of acquiring all necessary permits as currently planned.

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Evolution driver

609 Zandvliet (BE) New PST in Zandvliet substation making it the 4 th PST on the Belgian North Border, allowing a more symmetrical utilisation of the PST's. Enabling this PST to increase import capacity from NL to BE implies that the current 150kV line Zandvliet-Doel is converted to 380kV, involving adaptations to be made to the configurations of Zandvliet & Doel substations and a solution to cover the supply of Doel 150kV (probably transfo 380/150). Integrating this PST at Zandvliet also implies that a "langskoppeling" is put at Zandvliet as temporary interface between Zandvliet and the NL network until the post "Rilland" is constructed in NL (investment item 439 as part of project # 103 "Reinforcements Ring NL"). Note that the realization of investment item 439 is needed as well to allow a capacity increase direction BE to NL.



605 Lillo (BE) This investment item concerns the construction of the 380kV substation Lillo as part of the BRABO II project.


Delayed Progress made in permitting procedures brought clarification to preferential trajectory. Planning has been reviewed accordingly with 2019 based upon the hypothesis of acquiring all necessary permits as currently planned.

604 Lillo (BE) Mercator (BE)

BRABO II + III allow to realize the intended market capacity increase on the North Border after BRABO I in a more robuste way, to secure increased demand around Antwerp Harbour area (mainly BRABO II) and to create capacity for connection of possible new generation (mainly BRABO III). This by constructing a new 380kV connection Zandvliet-Lillo(new substation)-Mercator, in addition to the existing Zandvliet - Mercator connection. This investment item concerns the part from Liefkenshoek to Mercator, where an existing 150kV link will be replaced by the new 380 kV link.


Rescheduled With the hypothesis of the nuclear phase out taking place as per the current legal framework in combination with the cancellation of plans to construct new production units in the area, the third phase of BRABO has been rescheduled.

62 Tourbe (FR) Chilling (GB) New subsea HVDC VSC link between the UK and France with a capacity around 1000 MW. PCI 1.7.2 (NSCOG corridor)


Investment on time On the French side, the Ministry of Energy acknowledged the notification of the investment on 08/04/14.

63 Lienz (AT) Veneto region (IT)

The project foresees the reconstruction of the existing 220kV-interconnection line as 380kV-line on an optimized route to minimize the environmental impact. Total length should be in the range of approx. 140km.

2023 Planning Investment on time Planning in progress coordinated between TERNA and APG

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Evolution driver

218 Obersielach (AT)

Lienz (AT) New 380kV OHL connecting the substations Lienz (AT) and Obersielach (AT) to close the Austrian 380kV-Security Ring in the southern grid area. Line length: 190km.

2023 Planning Investment on time Progressed as planned. As the project is part of the national development plan, the status is set to "planning".

614 Nauders (AT) Glorenza (IT) interconnector IT-AT (phase 1) 2018 Design & Permitting


70 Villanova (IT) Lastva (ME) New 1000MW HVDC interconnection line between Italy and Montenegro via 393km 500kV DC subsea cable and converter stations at both ending points.



621 Villanova (IT) Converter station of the new 1000MW HVDC interconnection line between Italy and Montenegro via 393km 500kV DC subsea cable.



624 Lastva (ME) New 400 kV substation Lastva in Montenegro will be connected to the existing line 400kV Podgorica 2(ME)-Trebinje(BA), with two transformers 2X300MVA 400/110kV. This substation will enable secure supply of the Montenegrin coastal network, and connection of the convertor station for the HVDC cable between Montenegro and Italy.


Delayed The commissioning date has been updated to be coherent with the new schedule of the activities also considering that the construction phase of the substation started in mid-2014

622 Lastva (ME) Converter station in Montenegro of the new 1000MW HVDC sub-sea 500 kV cable between Italy and Montenegro.



635 Sicily Area (IT)

North Africa node

New interconnection between Italy and North Africa-new DC submarine cable



75 Sorgente (IT) Rizziconi (IT) New 90km double circuit 400kV line, partly via subsea cable and partly via OHL. This line is part of a larger project that foresees the creation of the future 400kV grid of Sicily.



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Evolution driver

124 Mettlen (CH) Airolo (CH) Upgrade of existing 225kV OHL into 400kV. Line length: 90km.

Cancelled Cancelled not part of the national grid development plan TYNDP 2016 Project 'Swiss Ellipse I' now ensures the role of former investment 124

642 Airolo (CH) Pallanzeno(IT)-Baggio(IT)

New interconnection project beetween Italy and Switzerland;



90 Calenzano (IT)

Colunga (IT) Voltage upgrade of the existing 80km Calenzano-Colunga 220kV OHL to 400kV, providing in and out connection to the existing 220/150kV substation of S. Benedetto del Querceto (which already complies with 400kV standards).


Delayed delay in the permitting process (EIA)

68 Okroglo (SI) Udine Sud (IT)

New 120km double circuit 400kV OHL between Okroglo(SI) and future substation of Udine Sud (IT) with PST in Okroglo.


Rescheduled The project is under consideration following to the changing scenario conditions.

92 West Udine (IT)

Redipuglia (IT)

New 40km double circuit 400kV OHL between the existing substations of West Udine and Redipuglia, providing in and out connection to the future 400kV substation of South Udine.



313 Kocin (CZ) Mirovka (CZ) Connection of 2 existing 400kV substations with double circuit OHL having 120.5km length: and a capacity of 2X1700 MVA.


Investment on time Investment evolution as indicated in previous TYNDP

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Evolution driver

315 Kocin (CZ) Prestice (CZ) Adding second circuit to existing single circuit line OHL upgrade in length of 115.8km. Target capacity 2x1700 MVA.


Investment on time Investment evolution as indicated in previous TYNDP.

311 Kocin (CZ) Upgrade of the existing substation 400/110kV; upgrade transformers 2x350MVA.


Investment on time Investment evolution as indicated in previous TYNDP.

316 Mirovka (CZ) Cebin (CZ) Adding second circuit to existing single circuit line (88.5km, 2x1700 MVA).


Rescheduled Changes on the generation side (in relation to other types of generation)

141 Ishøj / Bjæverskov (DK)

Bentwisch (DE)

Three offshore windfarms connected to shore combined with 400 MW interconnection between both countries. New technical solution: HVDC VSC Converter moved from offshore to shore


Investment on time New design due to result of tendering process offers exceeding expected prices by far.

142 Tonstad (NO) Wilster (DE) A 514 km 500 kV HVDC subsea interconnector between southern Norway and northern Germany.



406 (Southern part of Norway) (NO)

(Southern part of Norway)(NO)

Voltage uprating of existing 300 kV line Sauda/Saurdal - Lyse - Ertsmyra - Feda - 1&2, Feda - Kristiansand; Sauda-Samnanger in long term. Voltage upgrading of existing single circuit 400kV OHL Tonstad-Solhom-Arendal. Reactive power devices in 400kV substations.



144 Audorf (DE) Kassö (DK) Step 3 in the Danish-German agreement to upgrade the Jutland-DE transfer capacity. It consists of a new 400kV route in Denmark and In Germany new 400kV line mainly in the trace of a existing 220kV line.

2020 Planning Rescheduled Planning ongoing minor delay due to coordination with project 183.1018

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Evolution driver

447 Heisdorf (LU) Berchem (LU) Erection of a new 20km 225kV double-circuit mixed (cable+OHL)line with 1000 MVA capacity in order to create a loop around Luxembourg city including substations for in feed in lower voltage levels.


Investment on time Substation Blooren is under construction, line section Heisdorf Blooren is under construction

446 Schifflange (LU)

As a first interim step a PST is commissioned in 2016 in Schifflange and connected to an existing OH-line with an additional 3.5km cable between Biff(CREOS-LU) and Substation Bascharage (CREOS-LU).


Investment on time Phase shift transformer commissioned July 2014, delivery June 2015, in operation December 2015-interconnection BE-LU in operation with limited cross border capacities until invest. item 447 LUXRING is finalized

650 Bascharage (LU)

Aubange (BE) BELUX Long-Term: in a second step a new 220 kV interconnection between substation Bascharage (CREOS-LU)and substation Aubange (ELIA-BE) is envisioned via a 16km double circuit underground cable with a total capacity of 1000 MVA. The final technical solution with potential addition of PST's on the cables is subject to further studies taking into account the robustness of the solution towards the different visions.


Rescheduled Robustness of the envisioned solution towards the long-term perspective of the energy transition is subject of ongoing studies.

160 Offshore- Wind park Nordergründe (DE)

Inhausen (DE) New AC-cable connection with a total length of 32km. 2016 Under Construction

Investment on time on time relative to TYNDP14

163 Cluster HelWin1 (DE)

Büttel (DE) New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 133km. Line capacity: aprox. 576 MW.

2014 Commissioned Investment on time in operation

164 Cluster SylWin1 (DE)

Büttel (DE) New line consisting of underground +subsea cable with a total length of 206 km. Line capacity: aprox.864MW.


Investment on time

165 Cluster DolWin1 (DE)

Dörpen/West (DE)

New line consisting of underground +subsea cable with a total length of 167 km. Line capacity: 800MW.


Delayed delay is due to long permitting process

12





Evolution driver

167 Cluster BorWin2 (DE)

Diele (DE) New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 205km. Line capacity: 800MW.

2015 Commissioned Investment on time


Dörpen/West (DE)

New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 162 km. Line capacity: 900 MW


Investment on time on time

657 Cluster HelWin2

Büttel (DE) New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 133 km. Line capacity: 690 MW




Dörpen/West (DE)




86 Foggia (IT) Villanova (IT) New 178km double circuit 400kV OHL between existing Foggia and Villanova 400kV substations, also connected in and out to the Larino and Gissi substations.


Investment on time the part Foggia-Gissi still under authorization; the part Villanova Gissi is under construction

91 Foggia (IT) Benevento II (IT)

Upgrade of the existing 85km Foggia-Benevento II 400kV OHL.

2014 Commissioned Investment on time Progressed as planned

96 Deliceto (IT) Bisaccia (IT) New 30km single circuit 400kV OHL between the future substations of Deliceto and Bisaccia, in the Candela area.



194 OWF Cluster Baltic Sea East (DE)

Lüdershagen/Lubmin (DE)

Grid Connection of offshore wind farms ( using AC-technology). According to german law, the grid connection has to be constructed and operated by the TSO (50Hertz Transmission).


Investment on time The investment is split into different stages with different commissioning dates (starting in 2017) depending on the predicted installed capacity of offshore wind. For further information see the national "Offshore Grid Development Plan"

195 wind farm cluster Baltic Sea West (DE)

Bentwisch/Lüdershagen (DE)

Grid Connection of offshore wind farms ( using AC-technology). According to german law, the grid connection has to be constructed and operated by the TSO (50Hertz Transmission).


Investment on time The investment is split into different stages with different commissioning dates (starting in 2026) depending on the predicted installed capacity of offshore wind. For further information see the national "Offshore Grid Development Plan"

13





Evolution driver

212 Isar/Altheim/Ottenhofen

St. Peter (AT) New 400kV double circuit OHL Isar - St. Peter including new 400kV switchgears Altheim, Pirach, Simbach and St. Peter.


Delayed Delay due to long permitting process

216 St. Peter (AT) Tauern (AT) Completion of the 380kV-line St. Peter - Tauern. This contains an upgrade of the existing 380kV-line St. Peter - Salzburg from 220kV-operation to 380kV-operation and the erection of a new internal double circuit 380kV-line connecting the substations Salzburg and Tauern (replacement of existing 220kV-lines on optimized routes). Moreover the erection of the new substations Wagenham and Pongau and the integration of the substations Salzburg and Kaprun is planned.


Delayed Significant delays in the authorisation process (EIA).

219 Westtirol (AT)

Zell-Ziller (AT) Upgrade of the existing 220kV-line Westtirol - Zell-Ziller and erection of an additional 220/380kV-Transformer. Line length: 105km.


689 Vöhringen (DE)

Westtirol (AT)

Upgrade of an existing over head line to 380 kV, extension of existing and errection of new 380-kV-substations including 380/110-kV-transformers. Transmission route Vöhringen (DE) -Westtirol (AT). This project will increase the current power exchange capacity between the DE, AT.

2020 Planning Investment on time Progressed as planned.

214 Gabcikovo (SK)

Gőnyü area (HU)

New interconnection (new 2x400 kV tie-line) between SK and HU starting from Gabčíkovo substation (SK) to the Gőnyü substation on Hungarian side ( preliminary decision). Project also includes the erection of new switching station Gabčíkovo next to the existing one.

Cancelled Cancelled In TYNDP16 this investment will be merged with the SK investment "2x400kV OHL Gabcikovo-Velky Dur" as a new investment. This technical solution change is caused by the environmental restrictions of the SK-HU cross-border line original technical solution.

696 Sajóivánka (HU)

2x70 Mvar shunt reactors in station Sajóivánka (HU) 2018 Planning Investment on time Progressed as planned

14





Evolution driver

697 Sajóivánka (HU)

Second 400/120 kV transformer in station Sajóivánka (HU) 2018 Planning Investment on time Progressed as planned

698 Győr (HU) 70 Mvar shunt reactor in station Győr (HU) 2024 Planning Rescheduled Investment rescheduled as a result of changes in load forecast

699 Győr (HU) Third 400/120 kV transformer in station Győr (HU) 2024 Planning Rescheduled Investment rescheduled as a result of changes in load forecast

695 Rimavská Sobota (SK)

Sajóivánka (HU)

Connection of the two existing substations (R.Sobota (SK) - Sajoóivánka (HU)) by the new 2x400 kV line (preliminary armed only with one circuit).


Investment on time Investment's preparation proceeds in line with joint SK-HU negotiations. Any delays are expected.

720 Veľké Kapušany (SK)

tbd (HU) Erection of new 2x400 line between SK and Hungary (substation on Hungarian side still to be defined). The Investment is under consideration.


Rescheduled Investment is dependent on the future operation of the SK-UA existing cross-border line, which has been prolonged till around 2030 based on the diagnostics.

121 Bickigen (CH) Romanel (CH) Construction of different new 400kV OHL sections and voltage upgrade of existing 225kV lines into 400kV lines. Total length: 250km.



122 Chippis (CH) Lavorgo (CH) Construction of different new 400kV line sections and voltage upgrade of existing 225kV lines into 400kV. Total length: 120km.



123 Mettlen (CH) Ulrichen (CH) Construction of different new 400kV line sections and voltage upgrade of existing 225kV lines into 400kV lines. Total length: 90km.


125 Schwanden (CH)

Limmern (CH) New 400kV double circuit (OHL and underground cable) between Schwanden and Limmern. OHL part



15





Evolution driver

126 Golbia (CH) Robbia (CH) New 2x 400kV cable connection between Golbia and the Bernina line double circuit.


Rescheduled Swissgrid has issued its new national strategic grid, and this investment is no longer in the (in the TYNDP 2016 jargon) mid-term category

127 Magadino (CH)

Verzasca (CH) Upgrade of existing 150kV line into 220kV line. 2020 Under Consideration


128 Bâtiaz (CH) Nant de Drance (CH)

New 400kV double circuit OHL between Bâtiaz and Châtelard. New 2x 400kV cable connection between Châtelard and Nant de Drance. Total length: 22km.



302 Vyskov (CZ) Cechy stred (CZ)

New second circuit 400kV OHL; Target capacity 2x1730 MVA. 2016 Under Construction

Investment on time Progress as indicated in TYNDP 2014

303 Babylon (CZ) Bezdecin (CZ) New second circuit 400kV OHL; 1700 MVA. 2018 Design & Permitting

Investment on time Progress as indicated in TYNDP 2014

304 Babylon (CZ) Vyskov (CZ) New second circuit 400kV OHL; 1700 MVA. 2019 Design & Permitting

Ahead of time Rescheduling due to construction phases harmonization of several investments

140 Eisenhüttenstadt (DE)

Plewiska (PL) Construction of new 400 kV double circuit line Plewiska (PL)-Eisenhüttenstadt (DE) creating an interconnector between Poland and Germany.


Rescheduled The decision on the realization of the investment has been postponed. Alternative developments (internal reinforcements) will be realized to ensure the same cross border effect.

353 Krajnik (PL) Baczyna (PL) Construction of new 400 kV double circuit line Krajnik – Baczyna.

2020 Planning Investment on time Investment is in the tendering procedure.

16





Evolution driver

355 Mikułowa (PL)

Świebodzice (PL)

Construction of new 400 kV double circuit line Mikułowa-Świebodzice in place of existing 220 kV line.

2020 Planning Investment on time The investment will enter the tendering procedure as of beginning of 2016 and will be realized in design and build scheme.

726 Gubin (PL) New 400 kV substation Gubin located near the PL-DE border. The substation will be conntected by the new line Plewiska (PL)-Eisenhüttenstadt (DE).


Rescheduled The project is under consideration and will be realized if the decision on the construction of the third PL-DE line will be taken.

727 Plewiska (PL) Construction of new substation Plewiska Bis (PL) to connect the new line Plewiska (PL)-Eisenhüttenstadt (DE).


Rescheduled Due to change of plans of investments 58.140 and 58.726 this investment is also no longer associated with cross border development. However the same location for new substation is under consideration regarding the needs of local distribution operator.

376 Alytus (LT) PL-LT border Construction of 500 MW Back-to-Back convertor station near Alytus 330kV substation. Construction of double circuit 400kV OHL between Alytus and PL-LT border (51 km).



379 Kruonis (LT) Alytus (LT) New double circuit 330kV OHL Alytus–Kruonis(2x1080 MVA, 53km).



369 Siedlce Ujrzanów (PL)

Miłosna (PL) Construction of new 400 kV line Siedlce Ujrzanów - Miłosna. 2015 Under Construction

Investment on time The project is in the construction phase.

368 Ełk (PL) PL-LT border Construction of a new 400 kV interconnector line from Ełk to PL-LT border.


Investment on time Investment is under construction.

370 Ełk (PL) Łomża (PL) Construction of new 400 kV line Ełk-Łomża. 2015 Under Construction

Investment on time The project is under construction.

371 Ostrołęka (PL)

Narew (PL) Construction of new 400 kV line Ostrolęka-Łomża-Narew. 2015 Commissioned Investment on time Commissioned.

728 Łomża (PL) Construction of new substation Łomża to connect the line Ełk-Łomża.

2015 Commissioned Investment on time Commissioned.

17





Evolution driver


A new 400 kV switchgear in existing substation Ostroleka (in two stages) with transformation 400/220kV 500 MVA and with transformation 400/110kV 400 MVA.


Investment on time The project is under construction.

730 Stanisławów (PL)

New substation 400kV Stanisławów will be connected by splitting and extending existing line Miłosna-Narew and Miłosna-Siedlce.

2015 Commissioned Investment on time Commissioned.

377 Klaipeda (LT) Telsiai (LT) New single circuit 330kV OHL (943 MVA, 85km). 2014 Under Construction


385 Grobina (LV) Imanta (LV) The reinforcement for Latvian grid project with the new 330kV OHL construction and connection to the Riga node. New 330kV OHL construction mainly instead of the existing 110kV double circuit line route, 110kV line will be renovated at the same time and both will be assembled on the same towers. Length 380km, Capacity 800MW



383 Klaipeda (LT) Nybro (SE) (NordBalt) A new 300kV HVDC VSC partly subsea and partly underground cable between Lithuania and Sweden



386 Kilingi-Nomme (EE)

R-TEC2 (LV) 330 kV AC OHL between Kilingi-Nõmme substation in Estonia and R-TEC2 substation in Latvia. New 330 kV power transmission line is planned to take route along already existing 110 kV power transmission lines, by constructing both 110 kV and 330 kV lines on the same towers. Under the framework of the project it is planned to reconstruct the open-air switchyard of the 330/110 kV substation „TEC-2” by constructing new open-air connection point for the 330 kV line „Kilingi Nomme-TEC-2”.


18





Evolution driver

735 Harku (EE) Sindi (EE) New double circuit OHL with 2 different voltages 330 kV and 110 kV and with capacity 1143 MVA/240 MVA and a length 175 km. Major part of new internal connection will be established on existing right of way on the western part of Estonian mainland.The investment helps together with 3rd EE-LV interconnector to increase interarea capacity up to 600 MW.


Rescheduled Svenska kraftnät has changed estimated time for the permission process due to new information.

739 Ulvila (FI) Kristinestad (FI)

Second line part of the four new single circuit 400kV OHL are part of project in upgrading Ostrobothnian 220kV system into 400kV, and strengthening the 400 kV grid in Northern Finland. total length of lines: 520 km. Total Expected capacity: 1850 MVA.

2014 Commissioned Investment on time Investment progresses as planned

740 Hirvisuo (FI) Pyhänselkä (FI)

Third line part of the four new single circuit 400kV OHL are part of project in upgrading Ostrobothnian 220kV system into 400kV, and strengthening the 400 kV grid in Northern Finland. total length of lines: 520 km. Total Expected capacity: 1850 MVA.


Investment on time Station name updated from Ventusneva to Hirvisuo. Investment decision has been made and schedule has been updated.

129 Beznau (CH) Mettlen (CH) Upgrade of the existing 65km double circuit 220kV OHL to 400kV.



130 La Punt (CH) Pradella / Ova Spin (CH)

Installation of the second circuit on existing towers of a double-circuit 400kV OHL (50km).


133 Bonaduz (CH) Mettlen (CH) Upgrade of the existing 180km double circuit 220kV OHL into 400kV.



134 Bassecourt (CH)

Romanel (CH) Construction of different new 400kV line sections and voltage upgrade of existing 225kV lines into 400kV lines Construction of a new 400/220 kV substation in Mühleberg (= former investment 132 'Mühleberg Substation')


Investment on time the part between Mühleberg and Romanel is not part of the grid development plan

136 Border area (DE-AT)

Rüthi (CH) 380 kV Rüthi – Meiningen and 380 kV Meiningen - Border Area AT-DE



19





Evolution driver

136 Border area (DE-AT)

Rüthi (CH) 380 kV Rüthi – Meiningen and 380 kV Meiningen - Border Area AT-DE


Investment on time

139 Vierraden (DE)

Krajnik (PL) Upgrade of existing 220 kV line Vierraden-Krajnik to double circuit 400 kV OHL.


Investment on time Investment on time.

145 Niederrhein (DE)

Doetinchem (NL)

New 400kV line double circuit DE-NL interconnection line. Length:57km.


Delayed Permitting procedures take longer than expected

146 Area of Oberzier - Aachen/Düren (DE)

Area of Lixhe - Liège (BE)

Connection between Germany (Oberzier) and Belgium (Lixhe)including a +-100km HVDC underground cable, and 2 convertor stations to integrate with substations at Lixhe & Oberzier.


Investment on time The expected commissioning date of 2019 is based on the hypothesis of acquiring all necessary permits as planned, followed by the assessment of the final investment decision currently planned in 2016.

147 Dollern (DE) Hamburg/Nord (DE)

New 380kV double circuit OHL Dollern - Hamburg/Nord. Length:43km. First circuit 2015, second cicuit 2017



148 Audorf (DE) Hamburg/Nord (DE)

New 380kV double circuit OHL Audorf - Hamburg/Nord including two new 380/220kV transformers in substation Audorf and new 380 kV Switchgear in Kummerfeld. Length: 65km.



149 Dollern (DE) Stade (DE) New 380kV double circuit OHL Dollern - Stade including new 380kV switchgear in Stade. Length:14km.



20





Evolution driver

157

Wahle (DE) Mecklar (DE) New 380kV double circuit OHL Wahle - Mecklar including two new substations. Length: 210km.


Investment on time no delay to TYNDP14

177 Goldshöfe (DE)

Bünzwangen (DE)

AC-extension of the "C corridor" at one ending point in Southern Germany towards the consumption areas allowing the existing grid to deal with the additionnal flows from DC-link

Cancelled Cancelled Cancelled due to the new project HVDC Area of Segeberg-Area of Wendlingen achieving the same goal.

150 Conneforde (DE)

Fedderwarden (DE)

New 380kV double circuit (OHL, partly underground) Conneforde - Wilhelmshaven (Fedderwarden, former Maade) including new 400kV switchgear Fedderwarden. Length: 35 km.



151 Wehrendorf (DE)

Ganderkesee (DE)

New line (length: ca. 95km), extension of existing and erection of substations, erection of 380/110kV-transformers.



156 Niederrhein (DE)

Dörpen/West (DE)

New 380 kV double circuit overhead line Dörpen - Niederrhein including extension of existing substations.



153 Redwitz (DE) Grafenrheinfeld (DE)

Upgrade of 220kV connection Redwitz - Grafenrheinfeld to 380kV, including new 380kV switchgear Eltmann. Line length: 97km.


Delayed Delayed due to delay of related investment 45.193 and unexpected long permitting process of the investment itself

21





Evolution driver

193 Vieselbach (DE)

Redwitz (DE) New 380kV double-circuit OHL between the substations Vieselbach-Altenfeld-Redwitz with 215km length combined with upgrade between Redwitz and Grafenrheinfeld (see investment 153). The Section Lauchstädt-Vieselbach has already been commissioned. Support of RES integration in Germany, annual redispatching cost reduction, maintaining of security of supply and support of the market development. The line crosses the former border between Eastern and Western Germany and is right downstream in the main load flow direction. The project will help to avoid loop flows through neighboring grids.


Delayed 3rd section (Altenfeld – Redwitz) is under construction now, long permitting process with strong public resistance.

176 Daxlanden (DE)

Eichstetten (DE)

This AC project is necessary in order to evacuate the energy arriving from HVDC corridors towards southern Germany and reinforce the interconnection capacity with Switzerland

2021 Planning Rescheduled No significant change

179 Rommerskirchen (DE)

Weißenthurm (DE)

New380 kV overhead line in existing route. Extension and erection of substations incl. erection of 380/110kV-transformers.


Delayed The section Rommerskrichen to Sechtem is delayed because the permitting procedures take longer than planned. The 36 km section from Sechtem to Weißenturm is already commissioned.

188 Kruckel (DE) Dauersberg (DE)

New 380 kV over head lines in existing rout. Extension of existing and erection of several 380/110kV-substations.


Delayed Delayed, due to public resistance and intricate construction planning.


Olsztyn Mątki (PL)

Construction of new 400 kV line Ostrołęka - Olsztyn Mątki after dismantling of 220kV line Ostrołęka - Olsztyn with one circuit from Ostrołęka to Olsztyn temporarily on 220 kV.


Delayed Delay due to lingering permit granting process (land acquisition, right of way-local municipalities zoning plans).


Stanisławów (PL)

Construction of new 400 kV line Ostrołęka-Stanisławów. 2020 Design & Permitting

Investment on time The investment is in tendering procedure, the contract (design and build scheme) will by signed by Q4 2015.

374 Kozienice (PL) Siedlce Ujrzanów (PL)

Construction of new 400 kV line Kozienice-Siedlce Ujrzanów. 2019 Design & Permitting


378 Panevezys (LT)

Musa (LT) New single circuit 330kV OHL (1080 MVA, 80km). 2022 Planning Investment on time Progressed as planned

22





Evolution driver

208 Pulgar (DE) Vieselbach (DE)

Construction of new 380kV double-circuit OHL in existing corridor Pulgar-Vieselbach (103 km). Support of RES and conventional generation integration, maintaining of security of supply and support of market development.

2024 Planning Investment on time The project is part of the results of the national grid development plan and included in the list of national interest (Bundesbedarfsplan). Within this process the commissioning dates of the included projects have been aligned with the current situation.

211 Cluster DolWin 4 (NOR 3-2)

Cloppenburg New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 190km. Line capacity: 900 MW


Delayed Delayed due to the long permitting process

227 Banja Luka (BA)

Lika (HR) New 400kV interconnection line between BA and HR 2022 Under Consideration

Rescheduled Feasibility study is expected to be launched.

265 Vidno (BG) Svoboda (BG) New 400kV double circuit OHL to accommodate 2000 MW RES generation in N-E Bulgaria (Dobruja region). Line length: 2x70km.

Cancelled Cancelled Delayed due to lack of funding.

273 Cernavoda (RO)

Stalpu (RO) and Gura Ialomitei (RO)

Reinforcement of the cross-section between the Western coast of the Black Sea (Eastern Romania) and the rest of the system. New 400kV double circuit OHL between existing substations Cernavoda and Stalpu, with 1 circuit derivation in/out in 400 kV substation Gura Ialomitei,situated in the vicinity of the new line. Line length:159km.2x1380 MVA


Investment on time No change of status

275 Smardan(RO) Gutinas(RO) Reinforcement of the cross-section between the Western coast of the Black Sea (Dobrogea area) and the rest of the system. New 400kV double circuit OHL (one circuit wired)between existing substations. Line length:140km; 1380 MVA


Investment on time Rapid increase of wind generation connected in the area. Efforts to be made to speed construction.

276 Suceava(RO) Gadalin(RO) Reinforcement of the cross-section between developing wind generation hub in Eastern Romania and the rest of the system. New 400kV simple circuit OHL between existing substations. Line length: 260km. 1204 MVA


Investment on time No change of status.

23





Evolution driver

223 Cirkovce (SI) Heviz (HU) Zerjavenec (HR)

The existing substation of Cirkovce(SI) will be connected to one circuit of the existing Heviz(HU) -Zerjavinec(HR) double circuit 400kV OHL by erecting a new 80km double circuit 400kV OHL in Slovenia. The project will result in two new cross-border circuits: Heviz(HU)-Cirkovce(SI) and Cirkovce (SI)-Žerjavenec (HR).


Delayed The investment is delayed due to environmental problems (including re-routing) and problems with cultural heritage authorities

225 Divaca (SI) Cirkovce (SI) Upgrading 220kV lines to 400kV in corridor Divaca-Klece-Bericevo-Podlog-Cirkovce.


Investment on time The project is splitted in three phases: 1st phase corridor Divača-Kleče-Beričevo (2020) 2nd phase corridor Beričevo-Podlog (2025 under consideration) 3rd phase corridor Podlog-Cirkovce (2025 under consideration).

256 Maritsa East 1 (BG)

N.Santa (GR) New interconnection line BG-GR by a 130km single circuit 400kV OHL.


Delayed Delayed due to lack of funding.


Plovdiv (BG) New 100km single circuit 400kV OHL in parallel to the existing one.


Delayed Delayed due to difficulties with the acquisition of the land


Maritsa East 3 (BG)

New 13km single circuit 400kV OHL in parallel to the existing one.




Burgas (BG) New 400kV OHL. Line length: 150km. 2021 Design & Permitting


238 Pancevo (RS) Resita (RO) New 131 km double circuit 400kV OHL between existing substation in Romania and Serbia (63 km on Romanian side and 68 km on Serbian side)2x1380 MVA.


Investment on time On Romanian side the line is under construction and the status on Serbian territory is also under construction

24





Evolution driver

269 Portile de Fier (RO)

Resita (RO) New 116 km 400kV OHL between existing substation 400 kV Portile de Fier and new 400 kV substation Resita; 1380 MVA.


Investment on time No change of status

270 Resita (RO) Timisoara-Sacalaz-Arad (RO)

Upgrade of existing 220kV double circuit line Resita-Timisoara-Sacalaz-Arad to 400kV double circuit. Line length: aprox. 100 km d.c. + 74,6 km s.c.;2x1380 MVA; 1204 MVA the circuit between Sacalaz and C. Aradului


Investment on time Planned to start after investment 269 is finalized.

235 Tirana(AL) Pristina (RS) New 242km 400kV OHL; on 78km the circuit will be installed on the same towers as the Tirana-Podgorica OHL currently in construction ; the rest will be built as single circuit line.


Investment on time Currently the project is under construction

236 Leskovac(RS) Shtip (MK) New 170km 400kV single circuit overhead interconnection between Serbia and FYR of Macedonia.


Delayed land acquisition

239 Bitola (MK) Elbasan (AL) New 150km cross-border single circuit 400kV OHL between existing substation Bitola and Elbasan


Rescheduled additional investigation of feasibility

244 Filippi(GR) Lagadas (GR) Connection of the new 400kV substation in Lagadas in Thessaloniki area to the existing substation of Filippi via a new 110km double circuit 400kV OHL.


Delayed Delays in the expropriation and permission process. These issues have been resolved.

380 Visaginas (LT) Kruonis (LT) New single circuit 330kV OHL (1080 MVA, 200km) for the internal grid reinforcement.



382 Vilnius (LT) Neris (LT) New single circuit 330kV OHL (943 MVA, 50km). 2022 Planning Investment on time Investment 61 is postponed in the new national transmission grid development plan. Construction of new NPPP is unclear, so priority was taken to the other internal investments needed.

306 Vitkov (CZ) New 400/110kV substation equipped with transformers 2x350MVA.



307 Vernerov (CZ) New 400/110kV substation equipped with transformers 2x350MVA.



25





Evolution driver

308 Vernerov (CZ) Vitkov (CZ) New 400kV double circuit OHL, 1385 MVA. 2023 Design & Permitting

Delayed Based on CEPS request the competent authority is still in the process to change the status of the project to "public-interest project".

309 Vitkov (CZ) Prestice (CZ) New 400kV double circuit OHL, 2x1730 MVA. 2020 Design & Permitting

Ahead of time Changes due to the delay of other investment connecting substation Vitkov

312 Mirovka (CZ) Upgrade of the existing substation 400/110kV with two transformers 2x350MVA.



314 Mirovka (CZ) V413 (CZ) New double circuit OHL with a capacity of 2x1385 MVA and 26.5km length.


Ahead of time Project rescheduled due to changes of transmission projects to harmonize construction phases.

396 Finland North (FI)

Sweden bidding area SE1/SE2

Third single circuit 400kV AC OHL between Sweden and Finland



399 Dingtuna (SE) Karlslund (SE) Upgrade of existing single circuit 220kV lines to 400kV. The investment is a part of investment 403



26





Evolution driver

747 Bramford (GB)

Twinstead (GB)

Construction of a new transmission route from Bramford to the Twinstead Tee Point creating Bramford - Pelham and Bramford - Braintree - Rayleigh Main double circuits; the rebuild of Bramford substation and the installation of an MSC at Barking.


Delayed Delay in project requirement due to generation going back.

403 Sweden bidding area SE1

Sweden bidding area SE3

Based on a joint Statnett & Svenska Kraftnät study for North-South reinforcements, this contains reinforcements in cut 1 and 2 in Sweden



427 Endrup (DK) Eemshaven (NL)

COBRA: New single circuit HVDC connection between Jutland and the Netherlands via 350km subsea cable; the DC voltage will be 320kV and the capacity 700MW.


Investment on time Final investment decision obtained, EIA application procedure initiated and tender procedure for cable and converters started.

443 Richborough (GB)

Zeebrugge (BE)

Nemo Project: New DC sea link including 135km of 400kV (voltage level is subject to outcome of detailed engineering) DC subsea cable with 1000MW capacity


Investment on time Final Investment Decision has been taken and confirms the target date of technical commissioning end 2018 with commercial operation in 2019.

27





Evolution driver

449 Richborough (GB)

Canterbury (GB)

New 400kV double circuit and new 400kV substation in Richborough connecting the new Belgium interconnector providing greater market coupling between the UK and the European mainland.


Investment on time Investment on time

450 Sellindge (GB)

Dungeness (GB)

Reconductor the existing circuit which runs from Sellindge - Dungeness with a higher rated conductor. This will facilitate the connection of more interconnectors on the South coast and prevent thermal overloading of this area.


Delayed Delayed by one year due to interconnector progression.

444 Zomergem (BE)

Zeebrugge (BE)

STEVIN The Stevin project envisions the extension of the 380kV backbone to the coastal area, via the construction of new +-50km (40km OHL; 10km cable) double-circuit (3000MVA for each circuit) between Zomergem and Zeebrugge., including the construction of a new substation in Zeebrugge.


Investment on time State Council procedures no longer pending due to agreements reached with involved stakeholders. Construction phase initiated -planned to be in operation by 31/12/2017

752 Offshore platform(s)

Stevin (Zeebrugge)

The Belgian Offshore Grid envisions the eruption of an offshore hub connected to onshore AC grid (at Zeebrugge) via underground cables, including the necessary reactive compensation for the cables. BOG is subject to the result of ongoing design, legal, ownership & regulatory concertation with stakeholders and presented here into the extent that it would be considered as regulated infrastructure.


Investment on time 2018 refers to 1st step in modular construction of an offshore hub. Further evolution subject of ongoing alignment with wind farm developers. BOG is presented here into the extent that it would be considered as regulated infrastructure.

753 Pelham (GB) Waltham Cross (GB)

Reconductor the existing circuit which runs from Pelham - Rye House - Waltham Cross with a higher rated conductor.

Cancelled Cancelled Cancelled due to the slow build-up of generation in the East Anglia area and also in demand within London.

28





Evolution driver

754 Hackney (GB) Waltham Cross (GB)

Uprating and reconductoring of the Hackney - Tottenham - Brimsdown - Waltham Cross double circuits. Construction of a new 400kV substation at Waltham Cross and modifications to the Tottenham substation and the installation of two new transformers at Brimsdown substation.


Rescheduled Postponed due to the build-up of generation schemes in the East Anglia area and demand increases in London.

755 Hackney (GB) St. John's Wood (GB)

This is a new Hackney - St. John's Wood 400kV double circuit. It will replace an old asset rated at 275kV that has come to the end of its life.


Rescheduled Reschedules due to changes in generation background

757 St. John's Wood (GB)

Wimbledon (GB)

New St. John's Wood - Wimbledon 400kV double circuit. 2018 Under Construction

Investment on time Investment on time

452 Hunterston (GB)

Deeside (GB) A new 2.4GW (short term rating) submarine HVDC cable route from Hunterston to Deeside with associated AC network reinforcement works at both ends.


Delayed Delay due to complexity in construction phase

453 Peterhead (GB)

Hawthorn Pit (GB)

A new ~2GW submarine HVDC cable route from Peterhead to Hawthorn Pit with associated AC network reinforcement works at both ends with possible offshore HVDC integration in the Firth of Forth area.


Rescheduled Changes in the generation background

458 Hinkley Point (GB)

Seabank (GB) New 400kV substation at Hinkley Point. New 400kV transmission route from Hinkley Point to Seabank. Reconstruction of Bridgewater substation for 400kV operation. Uprate Bridgewater - Melksham to 400kV.


Rescheduled Based on current the generation connection dates the investment has been rescheduled.

769 Wylfa (GB) Pembroke (GB)

A new ~2GW submarine HVDC cable route from Wylfa/Irish Sea to Pembroke with associated AC network reinforcement works at both ends.



424 Kvilldal (NO) Blythe (GB) A 720 km long 500 kV 1400 MW HVDC subsea interconnector between western Norway and eastern England.



29





Evolution driver

462 Woodland (IE)

Turleenan (NI)

A new 140 km single circuit 400 kV 1500 MVA OHL from Turleenan 400/275 kV in Northern Ireland to Woodland 400/220 kV in Ireland. This is a new interconnector project between Ireland and Northern Ireland.



463 Srananagh (IE)

New substation in South Donegal (IE)

A new EHV overhead line from Srananagh in Co. Sligo to a new substation in south Co. Donegal


779 F. Alentejo (by Ourique)

Tavira (by Ourique)

New 122km double-circuit 400+150 kV OHL F. Alentejo-Ourique-Tavira. The realization of this connection can take advantage of some already existing 150kV single lines, which can be reconstructed as double circuit line 400+150kV, investments needs the investment which consist of the extension of existing Ourique substation to include 400 kV facilities.

2025 Planning Investment on time Project on time

780 Ourique (PT) Extension of existing Ourique substation to include 400 kV facilities.

2025 Planning Investment on time Project on time

781 Under Consideration (GB)

Under Consideration (GB)

A very high level indication of the works required for GB East Coast. In detail the projects will consist of multiple offshore HVDC and AC circuits and connecting platforms joining to multiple onshore connection points with their own reinforcement requirements. It enables significant connection of offshore windfarms and provides alternative to onshore reinforcement at a cheaper overall cost.


Rescheduled Changes on the generation background

782 Under Consideration (GB)

Under Consideration (GB)

Connection of Triton Knoll, Doggerbank & Hornsea GB Wind Farms and all associated works. This is in the region of 11GW of offshore generation.


Rescheduled Rescheduled due to changes in the generation timescales.

436 Idomlund (DK)

Endrup (DK) New 74km single circuit 400kV line via cable with capacity of approx. 1200MW.

Cancelled Cancelled new connection point for Viking link facilitates avoiding this link.

438 Eemshaven (NL)

Diemen (NL) New 175-200km AC overhead line with capacity of 2x2650 MVA of 380kV. In the first phase a connection between Eemshaven Oude Schip and Vierverlaten will be built as well as an upgrade of the existing line Diemen - Lelystad - Ens. Last phase of the project expected after 2025.


Rescheduled Changes in plans of thermal plants at Eemshaven offers the opportunity to phase the grid expansions. The a first phase consists of a new 380 kV connection between Eemshaven-Oudeschip and Vierverlaten and the upgrade the circuits form Diemen-Lelystad-Ens

30





Evolution driver

439 Borssele (NL) Tilburg (NL) New 100-130km double-circuit 380kV OHL with 2x2650 MVA capacity. Phase 1:2019; phase 2 2025.


Delayed With a 380 kV substation at Rilland, the Zuid-West 380 kV project can be taken into service in two parts. The first part consists of the Borssele Rilland line including substation Rilland and the second part consist of the Rilland – Tilburg line.

440 Maasvlakte (NL)

Beverwijk (NL)

New 380 kV double-circuit mixed project (OHL+ underground cable) including approximately 20km of underground cable for 2650 MVA. The cable sections are a pilot project. The total length of cable at 380kV is frozen until more experience is gained.


Delayed Permitting procedures took longer than expected. The part from Maasvlakte to Bleiswijk has been commisssioned.

441 Zwolle (NL) Maasbracht (NL)

Upgrade of the capacity of the existing 300km double circuit 380kV OHL to reach a capacity of 2x2650 MVA along the Dutch Central ring (Hengelo-Zwolle-Ens Diemen-Krimpen-Geertruidenberg-Eindhoven-Maasbracht); First phase 2019; last phase 2025

2019 Planning Investment on time The investment is merged with the Ring Zuid project

795 Schwanden (CH)

Limmern (CH) New 400kV double circuit (OHL and underground cable) between Schwanden and Limmern. Underground cable part



796 Krajnik (PL) Upgrade of 400/220 kV switchgear in substation Krajnik (new 400/220 kV switchyard).


Investment on time The commissioning date was adjusted to optimize the planning and development of transmission system.

799 Mikułowa (PL)

Installation of new Phase Shift Transformer in substation Mikułowa and the upgrade of substation Mikułowa for the purpose of PST installation.



31





Evolution driver

801 Keminmaa (FI)

Pyhänselkä (FI)

Integration of new generation + increased transmission capacity demand.

2024 Planning Investment on time Investment progresses as planned, rescheduled slightly since last TYNDP due to expected development on the drivers behind the investment.

809 Dunstown (IE)

Pentir (GB) A new HVDC subsea connection between Ireland and Great Britain; this may be achieved by a direct link or by integrating an interconnector with a third party connection from Ireland to GB.



810 Great Island or Knockraha (IE)

La Martyre (FR)

A new HVDC subsea connection between Ireland and France 2025 Under Consideration


811 Tarnita (RO) Mintia (RO) New double circuit 400kV OHL Tarnita(RO)-Mintia(RO) 2x1380 MVA.

Cancelled Cancelled The project shall be built only if the Hydro Pumped Storage plant shall be built. Final investment decision is pending.

812 Tarnita (RO) Cluj E - Gadalin (RO)

New double circuit 400kV OHL Tarnita(RO)- Cluj E-Gadalin (RO) 2x1380 MVA.


508 Ramis (ES) New 400kV substation in La Farga with two 400/220kV transformers; connection as input/output in Santa Llogaia - Bescano line


Delayed Final phase of permitting. Investment pending of its publication in the BOE.

32





Evolution driver

813 Tarnita (RO) New 400kV substation connecting 1000 MW Hydro Pumped Storage Tarnita Lapustesti to the grid.


509 Santa Llogaia (ES)

New 400kV substation Sta.Llogaia. 2014 Commissioned Investment on time The investment progressed as previously planned

522 Sama (ES) New 400kV substation Sama in the new Asturias Ring with connection to Lada and a new reactance.

2020 Planning Rescheduled Changes due to correlation with Asturias Ring (investment 928)

523 Reboria (ES) New 400kV substation Reboria in the Asturian ring with 1 transformer 400/220 kV

2020 Planning Rescheduled Changes due to correlation with Asturias Ring (investment 928)

524 Costa Verde (ES)

New 400kV substation Costa Verde in the Asturian Ring with 2 new transformer units 400/220 kV


Investment on time The investment progressed as planned

537 Mudejar (ES) New 400kV substation Mudejar and connection to the axis Aragón-Teruel


Investment on time The investment progressed as previously planned

538 Morella (ES) La Plana(ES) Southern part of the new Cantabric-Mediterranean axis. New double circuit Morella-la Plana 400kV-OHL.



33





Evolution driver

733 Ekhyddan (SE)

Nybro/Hemsjö (SE)

New single circuit 400 kV OHL. A key investment to accomplish full utilization of the NordBalt cable between Lithuania and Sweden (project 60) at all times.


Delayed Main reasons for delay are:- Permission for access to land corridor for the grids planned route from land owners more difficult than previous foreseen. -Svenska kraftnät has changed estimated time for the permission process due to new information.

545 Escatron (ES) La Secuita (ES)

New single circuit Escatrón-Els Aubals-La Secuita 400kV OHL. 2027 Under Consideration


546 Els Aubals (ES)

New 400kV substation in Els Aubals. 2027 Under Consideration


547 La Secuita (ES)

New 400kV substation in La Secuita with 400/220kV transformer.



786 Ängsberg (SE) Horndal (SE) New 85 km single circuit 400kV OHL. The investment is a part of investment 403



787 Horndal (SE) Dingtuna (SE) New 90 km single circuit 400kV OHL 2021 Under Consideration


788 Hamra (SE) Dingtuna (SE) New 50km single circuit 400kV OHL 2023 Under Consideration


806 Råbäcken (SE)

Trolltjärn (SE) New 55 km single circuit 400kV OHL 2030 Under Consideration


561 Cartuja (ES) New 400kV substation Cartuja with a 400/220kV transformer.



34





Evolution driver

645 Laino (IT) Altomonte (IT)

New 400kV OHL between the existing substations of Laino and Altomonte in Calabria.



665 Wolmistedt (DE)

Area of Gundremmingen (DE)

New DC- lines to integrate new wind generation from control area 50Hertz especially Mecklenburg-Vorpommern, Brandenburg and Sachsen-Anhalt towards Central/south Europe for consumption and storage.


663 Cloppenburg East (DE)

Merzen (DE) New 380-kV double circuit over-head-line Cloppenburg East - Merzen with a total length of ca. 55 km. New errection of a 380-kV substation Merzen.

2021 Planning Rescheduled

661 Emden East (DE)

Osterath (DE) New HVDC-lines from Emden to Osterath to integrate new wind generation especially from North Sea towards Central Germany for consumption.

2025 Planning Rescheduled The commissioning date of the Investment has been rescheduled due to the postponing of the development of offshore windfarms in the North Sea.

666 Conneforde (DE)

Cloppenburg (DE)

New 380-kV-line in existing OHL corridor for integration of on- and offshore Wind generation. Incl. new 380-kV-switchgear in Cloppenburg and new transformers in Cloppenburg

2022 Planning Investment on time TYDNP 2012 investment 43.A89 is divided in several parts

660 Osterath (DE) Philippsburg (DE)

New HVDC-lines from Osterath to Philippsburg to integrate new wind generation especially from North Sea towards Central-South Germany for consumption and storage.



680 Urberach (DE)

Daxlanden (DE)

New line and extension of existing line to 380 kV double circuit overhead line Urberach - Weinheim - Daxlanden. Extension of existing substations are included.

2022 Planning Investment on time Commissioning is planned end of 2021 / beginning of 2022. Therefore the commissioning is set to 2022.

680 Urberach (DE)

Daxlanden (DE)

New line and extension of existing line to 380 kV double circuit overhead line Urberach - Weinheim - Daxlanden. Extension of existing substations are included.

2022 Planning Investment on time Commissioning is planned end of 2021 / beginning of 2022. Therefore the commissioning is set to 2022.

35





Evolution driver

594 Arkale (ES) New PST in Arkale-Argia 220 kV interconnection line 2017 Design & Permitting

Delayed delays associated to the contract process and internal approval of budget including financing

662 Wehrendorf (DE)

Urberach (DE)

New lines in HVDC technology from Wehrendorf to Urberach to integrate new wind generation especially from North Sea towards Central-South Europe for consumption and storage.


Delayed The need for this long-term investment was not confirmed by the regulatory authority within the national grid development plan. Therefore further studies on this project are ongoing.

620 Brinje (HR) New 400/220 kV substation, 1x400 MVA 2021 Planning Rescheduled Feasibility study is expected to be launched and it will be financed by EBRD. The Terms of Reference for the study will be finalized soon and will be followed by the process of procurement and contracting

597 La Gaudière (FR)

Rueyres (FR) New 175-km 400kV double circuit OHL Gaudière-Rueyres substituting to the existing single circuit 400kV OHL

2023 Planning Investment on time Further studies performed after TYNDP2014 confirmed the feasibility of the project.

618 Lika(HR) Velebit(HR) New 60 km single circuit 400 kV OHL replacing aging 220 kV overhead line

2021 Planning Rescheduled Feasibility study is expected to be launched and it will be financed by EBRD. The Terms of Reference for the study will be finalized soon and will be followed by the process of procurement and contracting

633 Konjsko(HR) Velebit(HR) New 100km single circuit 400 kV OHL replacing ageing 220 kV overhead line


619 Lika (HR) New 400/110 kV substation, 2x300 MVA 2021 Planning Rescheduled Feasibility study is expected to be launched and it will be financed by EBRD. The Terms of Reference for the study will be finalized soon and will be followed by the process of procurement and contracting

617 Lika(HR) Brinje(HR) New 55 km single circuit 400 kV OHL replacing aging 220 kV overhead line


715 Stalpu (RO) To reinforce the cross-section between the Black Sea coast wind generation in Romania and Bulgaria and the consumption and storage centers to the West, the 220 kV OHL Stalpu-Teleajen-Brazi is upgraded to 400 kV, as a continuation of the 400 kV d.c. OHL Cernavoda-Stalpu. The 220/110 kV substation Stalpu is upgraded to 400/110kV (1x250MVA).

2019 Planning Investment on time No change of status

800 Varna(BG) Burgas(BG) New 140km single circuit 400kV OHL in parallel to the existing one.

2020 Planning Delayed Delayed due to lack of funding.

36





Evolution driver

615 Okroglo (SI) Installation of a new 400kV PST in Okroglo which is a part of a double 400 kV OHL Okroglo(SI)-Udine(IT).


Rescheduled The project is under consideration following to the changing scenario conditions.

616 Slovenia (SI) Salgareda (IT) New HVDC link between Italy and Slovenia. 2022 Design & Permitting


701 Resita (RO) New 400 kV substation Resita (T400/220 kV 400 MVA + T 400/110 kV 250 MVA), as development of the existing 220/110 kV substation.


Investment on time Investment has been split. It is expected that the substation will be commissioned in two stages.

705 Timisoara (RO)

Replacement of 220 kV substation Timisoara with 400 kV substation (2x250 MVA 400/110 kV)


Investment on time Investments 269 and 701 have to be finalized first.

625 Lastva (ME) Pljevlja (ME) Reinforcement of the Montenegrin internal 400 kV transmission network with new 160 km double circuit 400kV AC OHL between existing substation Pljevlja and new substation Lastva. The investment will enable secure supply of Montenegrin power system and power transits directed to new HVDC link towards Italy. Also, this investment will enable connection of Renewable energy sources along its route.



627 Bajina Basta (RS)

Visegrad (BA) Description of broader context - New double circuit 400kV OHL connecting existing substation Pljevlja (ME) and substation Bajina Basta (RS) and new double circuit 400kV OHL connecting existing substation Visegrad (BA) and substation Bajina Basta (RS). In the first phase one 400 kV circuit would be equiped. In the second phase New SS Bistrica (RS) would be connected to the exisitng double circuit 400 kV OHL between SS Bajina Basta (RS), SS Visegrad (BA) and SS Pljevlja (ME). Part of regional transmission corridor northeast-southwest.


Delayed These projects are delayed because of delaying investment No 628 double OHL 400 kV B. Basta – Obrenovac and optimistic planning

628 SS Bajina Basta (RS)

SS Obrenovac (RS)

Double circuit 400 kV OHL between upgraded substation Bajina Basta and substation Obrenovac. Part of larger regional transmission corridor northeast-southwest.


Delayed The project is delayed because of need to accommodate Feasibility study (granted by WBIF and done according to WBIF needs) to national law needs.“

37





Evolution driver


Pljevlja (ME) Description of broader context - New double circuit 400kV OHL (105km RS + 16km ME) connecting existing substation Pljevlja (ME) and substation Bajina Basta (RS) and new double circuit 400kV OHL connecting existing substation Visegrad (BA) and substation Bajina Basta (RS). In the first phase one 400 kV circuit would be equiped. In the second phase New SS Bistrica (RS) would be connected to the exisitng double circuit 400 kV OHL between SS Bajina Basta (RS), SS Visegrad (BA) and SS Pljevlja (ME). Part of regional transmission corridor northeast-southwest.


Delayed Regional trilateral feasibility study (financed by WBIF and supported by EC) between three TSOs (EMS, NOS BiH and CGES), including ESIA and preliminary design is finished.


Upgrade of existing 220/110 kV substation in Bajina Basta to 400/220/110 kV substation as part of overall western Serbia system upgrade to 400 kV voltage level. Part of larger regional transmission corridor northeast-southwest.


Delayed Feasibility study, ESIA and preliminary design finalized (financed by WBIF and supported by EC). Ongoing process of adoption to local legislation needs.

708 Lagadas (GR) New 400kV substation in Lagadas in Thessaloniki area. 2015 Under Construction

Delayed Delays due to environmental licensing process

656 Cluster BorWin3

Emden/Ost (DE)



Delayed delay is due to long permitting process

658 Cluster BorWin4 (DE)

Area of Wilhelmshaven




659 Cluster SylWin2 (DE)

Büttel (DE) New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 205 km. Line capacity: 900 MW



38





Evolution driver

664 Brunsbüttel, Wilster, Kreis Segeberg

Großgartach, Wendlingen, Grafenrheinfeld

New DC-lines to integrate new wind generation from Northern Germany towards Southern Germany and Southern Europe for consumption and storage.

2022 Planning Investment on time The expected commissioning date is 2017 2022 Substation 2 has been changed from Goldshöfe to the area of Wendlingen

667 Brunsbüttel (DE)

Niebüll About 135 km new 380-kV-lines and around 10 new transformers for integration of onshore Wind in Schleswig-Holstein and increase of NTC between DE and DK

2018 Planning Investment on time The old investment 43.A90 is now divided in several parts. in time relative to TYNDP14

675 Conneforde (DE)

Unterweser (DE)

Upgrade of 220-kV-circuit Unterweser-Conneforde to 380kV , Line length: 32 km.



676 Dollern (DE) Elsfleht/West (DE)

New 380 kV line in existing OHL corridor Dollern - Elsfleht/West Length:100 km

2024 Planning Investment on time on time relative to TYNDP14

677 Dollern (DE) Landesbergen (DE)

New 380 kV line in existing OHL corridor Dollern-Sottrum-Wechold-Landesbergen (130 km)


685 Mecklar (DE) Grafenrheinfeld (DE)

New double circuit OHL 400-kV-line (130 km) 2022 Planning Investment on time Progressed as planned.

682 Großgartach (DE)

Endersbach (DE)

AC-extension of the "C corridor" at one ending point in Southern Germany towards the consumption areas allowing the existing grid to deal with the additionnal flows from DC-link


Ahead of time Standard processing

39





Evolution driver

686 Schalkau / area of Altenfeld (DE)

area of Grafenrheinfeld (DE)

New double circuit OHL 380-kV-line (130 km) 2024 Planning Investment on time no delay related to TYNDP2014

687 Redwitz (DE) Schwandorf (DE)

New double circuit OHL 380 kV line in existing OHL corridor Redwitz-Mechlenreuth-Etzenricht-Schwandorf (185 km)


688 Raitersaich (DE)

Isar (DE) New 380 kV line in existing OHL corridor Raitersaich - Ludersheim - Sittling - Isar or Altheim (160 km)


Investment on time in time relative to TYNDP 2014

889 Hradec Construction of new PST in substation Hradec with target capacity 2x1700MVA



886 tbd tbd To allow the grid integration of the planned renewable energy generation (mainly wind power) in the north-eastern part of Austria ("Weinviertel") and to cover the foreseen load growth in that region the transmission grid infrastructure has to be enforced and new substations for the connection need to be erected


Investment on time Start of the authorisation process (EIA) in mid-2016.

742 Pyhänselkä (FI)

Petäjävesi (FI) New single circuit 400 kV OHLs will be built from middle Finland to Oulujoki Area to increase the capacity between North and South Finland. Will replace existing 220 kV lines.


Investment on time Progresses as planned

894 Sliedrecht area

Dodewaard New Overhead line from Sliedrecht to Dodewaard of 2x2633 MVA in Wintrack, 65 km. Update: AC solution is unlikely at the moment; other solutions are being considered. Until a new solution is found, this project is kept as it is in TYNDP.


Rescheduled This new investment has been identified as a beneficial project in the NSCOGI study and is part of the national grid development plan

40





Evolution driver

896 South Donegal (IE)

Omagh South (NI)

A new 275 kV cross border link between a new substation in South Donegal in Ireland and a new substation established south of Omagh in Northern Ireland


897 Omagh South Turleenan A new 275 kV overhead line from a new substation established south of Omagh to a new 400/275 kV substation, established at Turleenan by the North South Interconnection Development


914 Cassano (IT) Chiari (IT) Upgrade to 380 kV of part of existing 220 kV Cassano Ric.Ovest



922 Rondissone (IT)

Trino (IT) Removing limitations on the existing 380 kV Rondissone-Trino


923 Lacchiarella(IT)

Chignolo Po(IT)

Removing limitations on the existing 380 kV Lacchiarella-Chignolo Po


924 Vado (IT) Vignole (IT) Removing limitations on the existing 380 kV Vado-Vignole and Vignole-Spezia


927 La Plana/Morella

Godelleta New 400 kV axis Godelleta-Morella/La Plana (Spain) 2023 Under Consideration


928 GOZON (ES) SAMA (ES) Asturian Ring. New double circuit Gozon-Reboria-Sama 400 kV (in a phase I only one circuit will be installed). Subestation Costa Verde is under consideration yet and wont be part of phase I

2020 Planning Rescheduled Rescheduled to be commissioned before than expected due to changes on the drivers on demand and generation in the area. It'll be part of new NDP and build as a DC. In a first step only 1 circuit will be installed. Costa Verde won’t be part of phase I

929 Cartuja Arcos New double circuit Cartuja-Arcos 400 kV 2022 Under Consideration


41





Evolution driver

932 Magenta(IT) new 400 kV section in Magenta substation 2020 Design & Permitting


933 Alfa OR Stevin - TBD

Antwerp Area OR Izegem - TBD

To integrate the full potential of 4 GW, additional solutions are needed on top op the 1 GW connection to the Antwerp area. This could take the form of a complementary connection towards Izegem or Brussels, as well as a larger dimensioning of the connection to the Antwerp area. Subject to further studies.


Investment on time Long-term potential of energy transition: additional offshore-onshore corridor needed in order to evacuate up to 4GW of offshore wind in the Belgian part of the North Sea.

934 Kemsley (UK) for example - TBD

Doel/Zandvliet (BE) for example - TBD

This investment item envisions the possibility of a second 1GW HVDC connection, between UK (Kemsley) and a Belgian 380kV substation further inland in the Antwerp area (Doel, Zandvliet are indicative locations). Subject to further studies.


Investment on time Preliminary studies on high RES scenarios have indicated potential for further regional welfare & RES integration increase by further increasing the interconnection capacity between Belgium & UK.

935 Kreis Segeberg

Göhl New 380-kV-lineKreis Segeberg - Lübeck - Siems - Göhl, including five new transformers


Investment on time On time relative to TYNDP14

937 Audorf Kiel New 380-kV-line in existing OHL corridor including 4 new transformers and new 380-kV-switchgears in Kiel/West and Kiel/Süd


Investment on time In TYNDP 2012 this investment was part of investment 43.A90 on time relative to TYNDP14

939 Conneforde Emden/Ost New 380-kV-line in existing OHL corridor for integration of RES

2019 Planning Investment on time In TYNDP 2012 part of investment 43.A89 No delay relative to TYNDP 2014

42





Evolution driver

940 Emden/Ost Halbemond New 380-kV-line Emden - Halbemond for RES integration incl. new transformers in Halbemond

2021 Planning Investment on time In TYNDP 2012 part of investment 43.A89 on time relative to TYNDP 2014

941 Fridão New substation to connect a new hydro power plant. 2022 Planning Rescheduled Due to the expected delay of the connection of new hydro power plants, the commissioning date of this investment item was rescheduled

943 NOR-9-1 Unterweser Connection of new offshore wind park. New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 255 km. Line capacity: 900 MW


Delayed due to new planning

945 NOR-10-1 Unterweser Connection of new offshore wind parks. New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 260km. Line capacity: 900 MW



946 NOR-11-1 Wilhelmshaven

Connection of new offshore wind parks. New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 230km. Line capacity: 900 MW



947 NOR-11-2 Unterweser Connection of new offshore wind parks. New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 270km. Line capacity: 900 MW


Investment on time

948 NOR-12-1 Wilhelmshafen 2




43





Evolution driver

950 NOR-13-1 Kreis Segeberg




951 NOR-13-2 Kreis Segeberg




952 Cluster DolWin 5 (NOR-1-1)

Cloppenburg/East




953 Cluster DolWin 6 (NOR-3-3)

Halbemond New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 60km. Line capacity: 900 MW



954 Cluster BorWin 5 (NOR-7-1)

Halbemond Connecton of new offshore wind parks. New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 260km. Line capacity: 900 MW



955 Cluster BorWin6 (NOR-7-2)

Wilhelmshaven

Connection of new offshore wind parks.New HVDC transmission system consisting of offshore platform, cable and converters with a total length of 180km. Line capacity: 900 MW



956 Schleswig-Hostein

Baden-Würtemberg / Bavaria

new DC- line in HVDC technology to integrate new wind generation from northern Germany toward soutern Germany and southern Europe for consumption and storage. Connections points north: Brunsbüttel, Wilster, Kreis Segeberg, Stade, Alfsted. South: Großgartach, Goldshöfe, Raitersaich, Vöhringen


Investment on time not new in TYNDP2016

958 Güstrow (DE) Area of Gundremmingen (DE)

New DC- lines to integrate new wind generation from Baltic Sea and control area 50Hertz especially Mecklenburg-Vorpommern towards Central/south Europe for consumption and storage.


Investment on time Public resistance and therefore ongoing planning phase.

44





Evolution driver

969 lower saxony NRW New HVDC line to integrate new wind gerneration especially from North Sea towards Central Germany for consumption and storage. connections points north: Emden, Conneforde. South: Oberzier, Rommerskirchen


Investment on time not new compared to TYNDP 2014

970 lower saxony Hessen/Baden-Würtemberg

New HVDC line to integrate new wind gerneration especially from North Sea towards South Germany for consumption and storage. Connectionspoints north: Cloppenburg, Elsfelth/West. South: Bürstadt, Philipsburg


Investment on time not new compared to TYNDP 2014

984 Herbertingen Tiengen Herbertingen – Tiengen: Between the two substations Herbertingen and Tiengen a new line will be constructed in an existing corridor. Enhancement of the grid, which will increase transmission capacity noticeably, is needed at the substation Herbertingen.


985 point Rommelsbach

Herbertingen Rommelsbach – Herbertingen: Between point Rommelsbach and substation Herbertingen a new line will be constructed in an existing corridor. This will significantly increase transmission capacity (grid enhancement).


986 point Wullenstetten (DE)

point Niederwangen (DE)

Point Wullenstetten – Point Niederwangen Between point Wullenstetten and point Niederwangen an upgrade of an existing 380-kV-line is necessary (grid enhancement). Thereby, a significantly higher transmission capacity is realized. The 380 kV substation station Dellmensingen is due to be extended (grid enhancement).


987 Cotentin Nord

Exeter France-Alderney-Britain (FAB) is a new 220km-long HVDC subsea interconnection between Exeter (UK) and Cotentin Nord (France) with VSC converter station at both ends. Expected rated capacity is 2*700 MW.


Investment on time The project application file was approved by theFrench Ministry in July 2014. Feasibility studies (marine surveys)are in progress to find a suitable subsea route.

988 Vigy Uchtelfangen or further (tbd)

Upgrade of the existing 400 kV double circuit 400kV OHL from Vigy to Uchtelfangen or beyond to increase its capacity.

2030 Planning Investment on time Commissioning date will result from the on-going technical feasibility under investigation.

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Evolution driver

989 Muhlbach Eichstetten Operation at 400 kV of the second circuit of a 400kV double circuit OHL currently operated at 225 kV ; some restructuration of the existing grid may be necessary in the area.

2025 Planning Rescheduled The detailed timeline of the investment is under definition but it is expected works should be completed slightly before initially thought.

990 Grafenrheinfeld (DE)

Großgartach (DE)

AC-extension of the "C corridor" between two of its ending points in Southern Germany allowing the existing grid to deal with the additionnal flows from DC-link

2020 Planning Rescheduled Standard processing

992 Vierraden Installation of new PSTs in Vierraden 2017 Design & Permitting

Rescheduled The 380 kV commissioning will be possible after finalization of the new connecting OHL from Vierraden to Neuenhagen (near Berlin) to replace the current 220 kV network and form a new 380 kV grid.

995 Station SE4 Station DE New DC cable interconnector between Sweden and Germany.



996 LV-Grobina SE3 A new HVDC link between LV-SE3, only as alternative of interconnector DE-SE4


997 Pleinting (DE) St. Peter (AT) new 380-kV-line Pleinting (DE) - St. Peter (AT) on exting OHL corridor


Investment on time Investment on time relative to TYNDP14

998 Idomlund (DKW)

Stella West (GB)

2x700 MW HVDC subsea link across the North Seas. New substations on both sides: GB: Bicker Fenn; DK: Revsing

2020 Planning Ahead of time Project received connection offer from GB TSO at Bicker Fenn substation. Expected DK substation changed to Revsing. Project accepted for Cap-and-Floor regime by OFGEM'

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Evolution driver

999 Marmagne Rueyres Erection of a new 400-kV double circuit line substituting an existing 400-kV single circuit line.


Investment on time This long term investment is only needed for scenarios with high RES development in the area, especially wind and hydro; additional studies are in progress for better investment definition.

1000 Malling (DKW)

Kyndby (DKE) 600 MW HVDC subsea link between both DK systems (2 synchr. areas, 2 market areas)


Investment on time This project was identified in the first phase of TYNDP14 project and then assessed. It fits to the new category ‘Future project candidates’: projects under consideration or with expected commissioning date beyond 2030. This means, status is unchanged sin

1004 Sindi Paide Reinforcement of existing 330 kV OHL between Paide and Sindi 330 kV substations in Estonia. Old line will be replaced with new towers and wires of 3x400 mm2 in phase. The thermal capacity of the line is planned 1143 MVA. The investment is also a backbone for Baltics Synchronization with CE (project nr 170).



1005 Sellindge (UK) Le Mandarins (FR)

Eleclink is a new FR – UK interconnection cable thought the channel Tunnel between Selindge (UK) and Mandarins (FR). Converter stations will be located on Eurotunnel concession at Folkestone and Coquelles. This HVDC interconnection is a PCI project (Project of common interest). It will increase by 1GW the interconnection capacity between UK and FR by 2016.


Delayed Progressed as planned

1008 tbd(FR) tbd(BE) The option that will be evaluated envisions the replacement of the current conductors on the axis Lonny-Achène-Gramme with high performance conductors. The integration of complementary flux control measures is subject to further studies depicting the interaction with the 225kV axis Aubange-Moulaine, hereby not excluding that these studies could lead to alternative solutions (new HVDC corridor, upgrade 225kV to 380kV,...).


Investment on time Related to the long-term perspective of the energy transition. Subject to further studies given uncertainties around its practical implementation.

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Evolution driver

1010 Tartu Valmiera Reinforcement of existing 330 kV OHL with new towers and wires of 3x300 mm2 in phase. The thermal capacity of the line is planned 1000 MVA. The investment is also a backbone for Baltics Synchronization with CE (project nr 170).

2024 Planning Rescheduled The project have been moved forward because of prioritisation of the Synchronization project to which all those investments are related to

1011 Tsirguliina Valmiera Reinforcement of existing 330 kV OHL with new towers and wires of 3x300 mm2 in phase. The thermal capacity of the line is planned 1000 MVA. The investment is also a backbone for Baltics Synchronization with CE (project nr 170).


1012 Balti Tartu Reinforcement of existing 330 kV OHL between Balti and Tartu 330 kV substations in Estonia. Old line will be replaced with new towers and wires of 3x400 mm2 in phase. The thermal capacity of the line is planned 1143 MVA. The investment is also a backbone for Baltics Synchronization with CE (project nr 170).


1013 Eesti Tsirguliina Reinforcement of existing 330 kV OHL between Eesti and Tsirguliina 330 kV substations in Estonia. Old line will be replaced with new towers and wires of 3x400 mm2 in phase. The thermal capacity of the line is planned 1143 MVA. The investment is also a backbone for Baltics Synchronization with CE (project nr 170).


1014 Verderio (I) Sils (CH) New +/- 400 kV DC cable and subsea link between Switzerland and Italy. Very short AC cable (380 kV) between the site of the converter station and the substation of Sils i.D.



1016 Bjæverskov (DK2)

Bentwisch (DE)

new 600 MW HVDC subsea cable connecting DK2 and DE 2030 Under Consideration

Investment on time optional candidate project from TYNDP14

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Evolution driver

1018 Niebüll (DE) Endrup (DKW)

new 380 kV cross border line DK1-DE for integration of RES and increase of NTC

2022 Planning Investment on time investigated together with project 39

1020 Dunstown Pembroke Greenwire Interconnetor spur 1, enables additional 500MW of interconnection between UK and Irish market

2021 Planning Delayed Progressed as planned

1021 Woodland Pentir Greenwire Interconnetor spur 2, enables additional 1000MW of interconnection between UK and Irish market

2021 Planning Delayed Progressed as planned

1024 Cruachan Argyll hub HVDC link between Cruachan (onshore) to Argyll offshore hub



1025 Argyll hub A new dedicated offshore HVDC hub platform to allow connection of offshore renewable generation and interconnection capacity.



1026 Coleraine hub

A new dedicated offshore HVDC hub platform to allow connection of offshore renewable generation and interconnection capacity.



1027 Coolkeeragh hub

A new dedicated offshore HVDC hub platform to allow connection of offshore renewable generation and interconnection capacity.



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Evolution driver

1028 Argyll Coleraine HVDC link between Argyll offshore hub and Coleraine offshore hub



1029 Coolkeeragh Coolkeeragh hub

HVDC link between Coolkeeragh onshore and Coolkeeragh offshore hub



1030 Coleraine Coleraine hub

HVDC link between Colerain onshore and Coleraine offshore hub



1031 Coleraine hub

Coolkeeragh hub

HVDC link between Coleraine offshore hub and Coolkeeragh offshore hub



1032 Hunterston Coleraine hub

HVDC link between Hunterston (onshore) to Argyll offshore hub



1033 Sima Peterhead A 650 km long 500 kV 1400 MW HVDC subsea interconnector between western Norway and eastern Scotland.



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Evolution driver

1034 Substation in Lithuania

State border 400 kV interconnection line for synchronous interconnection of Baltics



1035 Baczyna Construction of new 400/220 kV Substation Baczyna to connect the new line Krajnik-Baczyna.

2019 Planning Delayed The investment is in the tendering procedure (design and build scheme). The investment is planned to be completed in Q1 2019.

1036 Siedlce Ujrzanów

New Substation Siedlce Ujrzanów will be connected by new line Miłosna-Siedlce Ujrzanów and later by new line Kozienice-Siedlce Ujrzanów


Investment on time Under construction.

1037 Ełk Bis New 400/110 kV Substation Ełk Bis connected by two double 400 kV lines Łomża-Ełk and Ełk-Alytus creating an interconnector Poland-Lithuania.


Investment on time Investment under construction.

1038 Alytus Construction of the second 500 MW back-to-Back converter station in Alytus


1039 Volpago (IT) New 380/220/132 kV substation with related connections to 380 kV Sandrigo Cordignano and 220 KV Soverzene Scorzè where removing limitations are planned


1041 Villanova (IT) S. Barbara (IT)

Removing limitations on existing 220 kV grid between Villanova e S.Barbara


1043 Neuravensburg

border area (AT)

Point Neuravensburg – Point Austrian National border (AT) Between switching point Neuravensburg and Austrian National border (AT) a new line with a significantly higher transmission capacity will be constructed in an existing corridor (grid enhancement).


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Evolution driver

1045 Lixhe Herderen Internal reinforcements in AC network in BE are needed to integrate Alegro, whilst at the same time contributing to security of supply of Liege and Limburg area by securing infeed from 380kV network The reinforcements consist of - extension of existing single 380 kV connection between Lixhe and Herderen by adding an additional circuit in high temperature low sag conductors (HTLS) - construction of 380kV substation in Lixhe with 380/150 transfo - creation of 380kV substation in Genk (André Dumont) with 380/150 kV trafo



1048 Lixhe Herderen There is a potential project to connect central production at Lixhe substation on top of Alegro (+- 900 MW). Should this scenario happen, then additional internal BE grid reinforcements are needed - second 380 kV overhead line connection between Herderen to Lixhe - installation of a 2nd 380/150 transfo in Limburg area (probably substation André Dumont)


Investment on time No decision to date about the potential new production units. This conditional project has a commissioning date set to 2020 to indicate the ~5 year timespan from decision to realization of the investment.

1049 tbd (IT) tbd (AT) interconnector IT-AT (phase 2) Cancelled Cancelled feasibility reasons led to cancel the investment

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Evolution driver

1050 Gramme Van Eyck Installation of a second circuit on the axis Massenhoven-Meerhout-Van Eyck. Combined with second phase of reinforcement on the axis Gramme-Van Eyck aiming at doubling the capacity over the whole axis by upgrading remaining line sections to high-performance conductors a) 55km double circuit between Gramme-Zutendaal b) 30 km single circuit (Zutendaal - Van Eyck) c) 10 km single circuit (Herderen-Lixhe)


Investment on time The need for this project towards 2020-2025 horizon is to be further monitored in accordance with the evolution of the transitflux and the potential of new production units that could be deployed within the area.

1051 CORNIER (FR) CHAVALON (CH)

Upgrade of the double circuit 225 kV line between Cornier (France) and Riddes and Saint Triphon (Switzerland) to a single circuit 400 kV line between Cornier and Chavalon (Switzerland). In order to take most benefit from this, the existing 400 kV Genissiat substation will be connected in/out to the existing line Cornier-Montagny.


Investment on time In-depth feasibility studies are needed to find the most suitable solution taking into accou socio-environmental conditions.

1053 Offshore OR Stevin - TBD

Doel (BE) - TBD

To evacuate up to 3.3 GW wind, thus 1 GW more than currenlty planned, preliminary studies indicated that this corridor could consists of a 1 GW DC connection from an offshore platform or nearby Stevin substation in Zeebrugge towards the Antwerp Area (substation Doel could be a possible location) Subject to further studies.


Investment on time Long-term potential of energy transition: additional offshore-onshore corridor needed in order to evacuate up to 4GW of offshore wind in the Belgian part of the North Sea.

1062 RigaCHP2 RigaHPP Internal reinforcement for Baltic Corridor 600 MW 2020 Under Consideration

Rescheduled In the previous TYNDP 2014 the investment was selected under the project Baltic corridor ID 163 and initially it was planed as 330 kV OHL between substations Salaspils RigasCHP2. During the CPS for TYNDP 2016 in the RGBS we explored that whole project B

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Evolution driver

1063 TEC1 TEC2 Investment is necessary to strenghtening internal grid in Latvia due to get transmission capacity of 600 MW via Latvia



1064 Viskali (LV) Musa (LT) To get 600 MW of capacity via Baltic States additionally. 2030 Under Consideration


1065 Aizkraukle (LV)

Panevežys (LT)

To increase transmission capacity by 600 MW via Baltic States



1068 Bescanó Santa Llogaia New OHL 400kV AC double circuit Bescano-Santa Llogaia, required to connect the new HVDC interconnection to the existing network and secure the supply in the area of Gerona

2014 Commissioned Investment on time Progressed as planned

1069 Mezquita Morella Mezquita-Morella 400 kV line 2017 Design & Permitting

Investment on time Final phase of permitting. Construction will start soon.

1070 Mudejar Morella OHL 400kV AC Mudejar-Morella 2017 Under Construction


1071 Würmlach (AT)

Somplago (IT) Würmlach - Somplago 2018 Design & Permitting


1075 Kragujevac Kraljevo New internal 400 kV OHL will connect existing SS Kragujevac with SS Kraljevo which is planned for upgrade to 400 kV voltage level. This investment will enhance the possibility of energy transits in direction north-east to south-west and east to west.


Investment on time New axis for transits from East to the West, typically from Bulgaria to Bosnia and Montenegro, and further to the west.

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Evolution driver

1076 Kraljevo Upgrade of the existing 220/110kV substation Kraljevo 3 by constructing the 400 kV level.


Delayed “Realization of this project is delayed for one year because of problems with obtaining necessary permits on local level. Now, the problem is resolved and we are in the phase of closing financial structure for its realization.”

1082 tbd tbd Interco Iceland-UK 2030 Under Consideration

Investment on time Increased RES integration and market coupling

1099 Rüthi Bonaduz - Grynau

Rüthi - Grynau 2 x 380 kV Rüthi - Bonaduz 1 x 380 kV



1107 BE (TBD) DE (TBD) This investment item envisions the possibility of a second 1 GW HVDC interconnection between Belgium and Germany. Subject to further studies.


Investment on time Preliminary studies on high RES scenarios have indicated potential for further regional welfare & RES integration increase by further increasing the interconnection capacity between Belgium & Germany.

1111 Gatica Indian Queens

Interconnection project between Indian Queens (Great Britain), Cordemais (France) and Gatica (Spain) in a multiterminal HVDC configuration with 3 sections of 1000 MW each, and a submarine route from Spain to Great Britain along the french coast.



1112 Svoboda (BG) splitting point Construction of a new 400/110kV power line breaking up the existing 400kV Saedinenie OHL and connecting 400/110kV Svoboda substation.

Cancelled Cancelled Cancelled due to lack of funding

tyndp 2014 monitoring update

Documents